GENERAL DESCRIPTION
Our AM1D series is a family of cost effective 1W single,dual, dual separate output isolated DC-DC converters.
These converters achieve low cost and ultra-miniature SIP7 pin size without compromising performance and reliability.
Two hundred sixteen models operates from input voltages of 5, 12 & 24VDC; producing output voltage levels of 3.3, 5, 7.2, 9, 12, 15, 18, 24, ±3.3, ±5, ±7.2, ±9, ±12, ±15, ±18 & ±24VDC.
Full SMD-design and a 100% production test of parameters ensures a high reliability in this product.

FEATURES
* 7PIN SIP PACKAGE
* LOW RIPPLE & NOISE
* HIGH EFFICIENCY UP TO 80%
* INPUT/OUTPUT ISOLATION: 1000, 3000, 4000 & 5200VDC
* OPERATING TEMPERATURE: -40°C ... +85°C
* PIN-COMPATIBLE WITH MULTIPLE MANUFACTURERS

AM1D-0503S
AM1D-0505S
AM1D-0507S
AM1D-0509S
AM1D-0512S

OVERVIEW
The C2472, C2473 and C2474 controllers use CamSemi’s Resonant Discontinuous Forward Converter (RDFC) topology to create a high efficiency, low cost alternative to line-frequency transformer PSUs.
By operating in resonant mode, EMI is greatly reduced, enabling the replacement of linear PSUs in demanding applications such as audio products and cordless phone chargers.
The C2472, C2473 and C2474 controllers also offer overload protection which is usually associated with more expensive switch mode solutions.

FEATURES
* Highly integrated CMOS controller IC
* Low cost package options
* Drive suitable for low cost bipolar power transistors
* Resonant switching for high efficiency and low EMI
* Frequency optimised for power circuit parasitics
* Protection against overload, over-temperature and under-voltage

APPLICATIONS
External AC/DC charger/adaptor (single voltage input) e.g. cordless phones, portable electric tools.
Embedded PSU (single voltage input) e.g. set-top boxes, DVD players, audio products, domestic appliances.

ADVANTAGES
* Low system component count
* High average efficiency
* Low standby power consumption
* EMI compliance without extra components
* High isolation & surge voltage withstand
* High power density in very small size

C2472PX2-TR7
C2472PX2-TR13
C2473PX1-TR7
C2473PX1-TR13
C2474PW1-T1

OVERVIEW
 The C2471 controllers use CamSemi’s low power Resonant Discontinuous Forward Converter (RDFC) topology to create a high efficiency, low cost alternative to line-frequency transformer PSUs, for applications up to 6 W.
By operating in resonant mode, EMI is greatly reduced, enabling the replacement of linear PSUs
in demanding applications such as audio products and cordless phone chargers.
The C2471 controllers also offer overload protection which is usually associated with more expensive switch mode solutions.

FEATURES
* Highly integrated CMOS controller IC
* Low cost package options
* Drive suitable for low cost bipolar power transistors
* Resonant switching for high efficiency and low EMI
* Frequency optimised for power circuit parasitics
* Protection against overload, over-temperature and under-voltage

APPLICATIONS
* External AC/DC charger/adapter (single voltage input) e.g. cordless phones, low power adapters.
* Embedded PSU (single voltage input), audio products, domestic appliances.

ADVANTAGES
* Low system component count
* High average efficiency
* Low no load power consumption
* EMI compliance without extra components
* High isolation & surge voltage withstand
* High power density in very small size

C2471LX2-TR7
C2471LX2-TR13
C2471LW1-T1

Application Information
 The TIP250 is an IndustryPack compatible module that offers an easy and reliable way to implement 8 Mbytes of Flash memory.
The TIP250 is ideal for holding application code, operating system software or data.
Two AM29LV033 devices (32Mbit, x8 organized) are used to provide 1 bank of 8 Mbytes (16 bit wide) Flash memory which is divided into 64 sectors of 128 Kbytes (16 bit wide).
Accesses to the TIP250 Flash memory occur within the IP memory space.
After power-on the TIP250 comes up in read only mode.
The IP I/O space holds the Flash Control Register and the interrupt vector register.

Technical Information
* Interface according to IndustryPack specification
* Identification-PROM supports auto-configuration
* Single Size IndustryPack
* 8 Mbytes of Flash Memory
* Organized in 1 bank of 8 Mbytes (16 bit wide), 64 sectors of 128 Kbytes (16 bit wide)
* Flash chip: 2 x AM29LV033, 90 ns, TSOP package
* Guaranteed min. erase and program cycle endurance: 1.000.000 cycles
* Typical bank erase time: 45 s
* Typical sector erase time: 0.7 s
* Typical word programming time: 9 μs
* Typical bank programming time: 36 s
* Interrupt support on program / erase cycles
* Power requirements: +5V only, on board +3.3V generation
* No connections to IP-I/O connector
* Operating temperature -40°C to +85°C

TIP250-10
TIP250-DOC
TIP250-ED
TIP250-SW-92
TIP250-SW-95

Overview
 Modulestek GPS module MG-S01SP is a high sensitivity, compact size, plug & play also the Low Power consumption GPS module board designed for a broad spectrum of OEM system applications.
This product is based on the SiRF Star III technology and it will track up to 20 satellites at a time while providing fast time-to-first-fix.
Its far reaching capability meets the sensitivity & accuracy requirements of car navigation as well as other location-based applications, such as AVL system.
Handheld navigator, PDAs, Wrist Watches, Personal Locators, Toll collection, Fleet Management, pocket PC, or any battery operated navigation system.
The MG-S01SP design utilizes the latest surface mount technology and high level circuit integration to achieve superior performance while minimizing dimension and power consumption.
This hardware capability combined with software intelligence makes the board easy to be integrated and used in all kinds of navigation applications or products.

Main Feature
* Built-in high performance SiRF Star III Low power chipset.
* Built-in Ceramics Antenna; Low integration effort with Plug & Play GPS module.
* Current consumption 40mA
* 20 channels parallel.
* Average Cold Start in 42 seconds.
* -159 dBm sensitivity in tracking mode
* NMEA0183 compliant protocol
* Extreme fast TTFF at low signal level
* Compact Size, Easy integration into hand-held device. MG-S01SP 19.0 x 19.0 x 6.5mm(18x18x2mm patch antenna)

Applications
MG-S01SP module board receiver is a high performance, ultra low power consumption, plug &play product. These applications are as follow.
* Car Navigation
* Wrist Watch
* Solar Operated Device
* Marine Navigation
* Fleet Management
* AVL and Location-Based Services
* Radar detector with GPS function
* Hand-Held Device for Personal Positioning and Navigation
* Ideal for PAD, Pocket PC and Other Computing Devices at GPS Application

General Description
 The C3038 is a 1/4” color sensor module with digital output.
It uses OmniVision’s CMOS image sensor OV6630.
Combining CMOS technology together with an easy to use digital interface makes C3038 a low cost solution for higher quality video image application.
The digital video port supplies a continuous 8/16 bit-wide image data stream.
All camera functions, such as exposure, gamma, gain, white balance, color matrix, windowing, are programmable through I2C interface.

Features
* 101,376 pixels, CIF/QCIF format
* Small size : 40 x 28 mm
* Lens: f=4.9mm (Optional)
* 8/16 bit video data : ITU601, ITU656, ZV port
* Read out - progressive
* Data format -YCrCb 4:2:2, GRB 4:2:2, RGB
* I2C interface
* Electronic exposure / Gain / White balance control
* Image enhancement - brightness, contrast, gamma, saturation, sharpness, window, etc
* Internal / external synchronization scheme
* Frame exposure / line exposure option
* Wide dynamic range, anti blooming, zero smearing
* 3.3V operation
* Low power dissipation
* Monochrome composite video signal output (50Hz)

Application Example
* Video Conferencing
* PC Multimedia
* Video Phone
* Video Mail
* Still Image
* Machine Vision
* Process control

FUNCTION
 The colour sensors are made of 19 x 3 Si-PIN photo diodes integrated on chip.
They are carried out as a hexagonal matrix with the diameter of 3 mm.
The design as Si-PIN photo diodes allows signal frequencies up to MHz-range.
In order to achieve a small cross talk between the photodiodes the individual sectors have been separated from each other by additional structures.
Each of these photodiodes is sensitized with dielectric spectral filter for its colour range, preferably for the primary colours red, green and blue.

FEATURES
Dielectric filters guarantee the good optical properties of the colour sensors, such as:
- high transmission
- slight aging of the filter
- high temperature stability
- high signal frequency
- reduced cross talk
- small size (diameter of the optical sensitive surface ca. 3 mm)
- insensitiveness to decentralized imaging, e. g. LWL coupling

APPLICATION
* Quality control
* Monitoring the production
* Control of manufacturing
* Detection of colour marks

CONSTRUCTION
* 3 x 19 on chip integrated PIN photo diodes
* different package versions (TO5 with/without IR-blocking)
* dielectric filters for the three colour ranges: red, green and blue
* Electrical connections
- three anodes
- one common cathode

MCSIAT
MCSIBT
MCS-EB1

Description
 The Kenet KAD2708L is the industry’s lowest power, 8- bit, high performance Analog-to-Digital converter.
The converter runs at sampling rates up to 350MSPS, and is fabricated with Kenet’s proprietary FemtoCharge® CMOS technology.
Users can now obtain industry-leading SNR and SFDR specifications while nearly halving power consumption.
Sampling rates of 275, 210, 170 and 105MSPS are also available in the same pin-compatible package and in versions with 10-bit resolution.
All are available in 68-pin RoHS-compliant QFN packages with exposed paddle.
Performance is specified over the full industrial temperature range (-40 to +85°C).

Features
* On-chip reference
* Internal track and hold
* 1.5VPP differential input voltage
* 600MHz analog input bandwidth
* Two’s complement or binary output
* Over-range indicator
* Selectable ÷2 Clock Input
* LVDS compatible outputs

Applications
* High-Performance Data Acquisition
* Portable Oscilloscope
* Medical Imaging
* Cable Head Ends
* Power-Amplifier Linearization
* Radar and Satellite Antenna Array Processing
* Broadband Communications
* Local Multipoint Distribution System (LMDS)
* Communications Test Equipment

Key Specifications
* SNR of 48.8dB at Nyquist
* SFDR of 64dBc at Nyquist
* Power consumption ≤ 320mW at fS = 350MSPS

KAD2708L-27Q68
KAD2708L-21Q68
KAD2708L-17Q68
KAD2708L-10Q68
KAD2708L-35Q68

Product Overview
 The MicroLV™ range of LED Power Drivers is ideal for driving LuxeonTM LEDs from a range of low voltage power supplies.
The compact and efficient power electronics ensure optimum operation of LEDs through a highly stable constant current output.
The wide ranging input voltage enables one driver solution to be used in a host of low voltage LED lighting applications.
A unique power saving mode allows a reduced output current to be selected with a simple switch.
This feature is useful in solar recharge and other battery powered applications.

Features
* Compliant with LuxeonTM Power Light Sources
* Energy efficient switch mode power electronics
* Short and open circuit protected
* Low power operating mode
* Long Life (> 50,000 hours)
* Compact form factor
* Meets lighting approbation requirements ( CE )
* Can be integral with fixtures or remote mounted
* Also available as PCB module
* Automotive transient protected version available

Typical Applications
* Solar powered lighting
* Architectural lighting
* Marker & Orientation lights
* Reading Lamps
* Track Lighting
* Display Cases
* Signalling
* Signage
* Cycle, Caving and Flash Lights
* Point of Sale
* Lumidrives LinkLED™
* LumiDrives HaloLED™

MLV9-C-35-D
MLV9-C-70-D
MLV9-O-35-D
MLV9-O-70-D

General Description
 The DM163 is a LED driver that comprises shift registers, data latches, 8x3-channel constant current circuitry with current value set by 3 external resistors, and 64 x 256 gray level PWM (Pulse Width Modulation) function unit.
Each channel provides a maximum current of 60 mA.
The grayscale data are separated into BANK0 and BANK1 respectively, selected by SELBK pin. BANK0 is 6-bits grayscale data and the BNAK1 is 8-bits grayscale data.
Depending on the system requirement, both PWM banks could be utilized jointly to achieve maximum 8+6 bit grayscale performance.
Alternatively, users can choose either 64-graylevel bank or 256-graylevel bank for dot correction, and the remaining bank as image data.
DM163 could also be constructed as a PWM controller for LED drivers.
When VDDH is connected to VDD, each of the 24 output channels outputs can act as an inverse digital signal for controlling the LED driver.

Features
* 24 Output Channels
* 8 + 6-bits PWM grayscale Control
* Constant Current Output: 5mA to 60mA
* LED Power Supply Voltage up to 17V
* VDD=3V to 5.5V
* Varied Output Current Level Set By 3 External Resistors
* Serial Shift-In Architecture for Grayscale Data